원문정보
보안공학연구지원센터(IJFGCN)
International Journal of Future Generation Communication and Networking
Vol.8 No.2
2015.04
pp.331-342
피인용수 : 0건 (자료제공 : 네이버학술정보)
초록
영어
This paper analyses service objects and functional positioning of port logistics information service platform firstly. The architecture of port logistics information service platform upon cloud computing is proposed Based on the research of the concept and service mode of cloud computing. The system configuration and function implementation on the basis of Windows Azure Platform is further discussed in detail.
목차
Abstract
1. Introduction
2. Service Objects and Functional Positioning of Port Logistics Information Service Platform
2.1. Service Objects of Port Logistics Information Service Platform
2.2. Functional Positioning of Port Logistics Information Service Platform
3. Cloud Computing Services
3.1. Conceptual Model of Cloud Computing
3.2. Service Mode of Cloud Computing
3.3. Structure Model of Cloud Computing Services
4. Architecture of Port Logistics Information Service Platform Based on Cloud Computing
4.1. Physical Resources Layer
4.2. Virtual Perception Layer
4.3. Data Resource Layer
4.4. Platform Service Layer
4.6. Application Service Layer
5. Option and Implementation of Port Logistics Information Service Platform Based on Cloud Computing
5.1. Mainstream Cloud Computing Platform
5.2. Option of Port Logistics Information Service Platform Based on Cloud Computing
5.3. Configuration of Windows Azure and Deployment of Applications
5.4. Implementation of Business Functions for the Platform
6. Conclusion
References
1. Introduction
2. Service Objects and Functional Positioning of Port Logistics Information Service Platform
2.1. Service Objects of Port Logistics Information Service Platform
2.2. Functional Positioning of Port Logistics Information Service Platform
3. Cloud Computing Services
3.1. Conceptual Model of Cloud Computing
3.2. Service Mode of Cloud Computing
3.3. Structure Model of Cloud Computing Services
4. Architecture of Port Logistics Information Service Platform Based on Cloud Computing
4.1. Physical Resources Layer
4.2. Virtual Perception Layer
4.3. Data Resource Layer
4.4. Platform Service Layer
4.6. Application Service Layer
5. Option and Implementation of Port Logistics Information Service Platform Based on Cloud Computing
5.1. Mainstream Cloud Computing Platform
5.2. Option of Port Logistics Information Service Platform Based on Cloud Computing
5.3. Configuration of Windows Azure and Deployment of Applications
5.4. Implementation of Business Functions for the Platform
6. Conclusion
References
저자정보
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